News
Committed to becoming a medical testing one-stop solution and service technology company
Home > News > Company News
Robot + Application Implementation | Application of dosing robot in stem cell laboratory scenario
Release time:2023/05/29

图片

In the process of life science experiments, a lot of pipetting work is often required. Traditional pipetting methods are mostly manual operations. Repeated manual pipetting not only takes up a lot of time for researchers, but may also cause fatigue and human error loss. This process is very tedious, but relatively easy to automate.

In order to solve this problem, Bogong Technology came into being, and independently developed the BG-ROBOT600, an easy-to-install, flexible-operating, highly-compatible, and highly-accurate dosing robot, to help laboratories solve a large number of repetitive pipetting tasks.

图片

Flexible, open-source, and user-friendly, the pipette robot is ideal for research in genomics, proteomics, cell-based assays, biochemical analysis, drug discovery, and more.

It is precise in pipetting and dispensing, with a CV value of ±5% at 1 μL. The compact model and powerful functions enable it to be adapted to most biological laboratories and become a cost-effective and powerful laboratory automation assistant for many scientific researchers.

Bogong Technology BG-ROBOT600 can replace manual automation to complete the entire operation process, realize precise control of liquid concentration and volume, and achieve effective cleaning, liquid addition and pipetting operations.

It can meet the requirements of low-flux, medium-flux, and high-flux three different ways of adding liquid, from simple to complex liquid operation modes can be programmed within a few minutes to ensure precise control of liquid concentration. The system is fully automated, which saves labor costs and improves the efficiency of reagent addition.

图片

The upgraded filtration system HEPA module will create a sterile environment for the experiment, which can remove 99.95% of biological pollutants such as particles containing DNA and bacteria, as well as fungi and other microorganisms. This module introduces clean sterile air to the deck for aseptic experiments.

图片

The HEPA module is installed directly on top of the doser robot, and it only takes a few minutes to place it and snap it into place to complete the addition. Before adding this module, the experimenter needs to clean and disinfect the robot and all the modules to be used.


High-precision laboratory dosing robot


1. Replace the traditional pipette gun

Covers 10 major pipetting functions

The operation time is increased by more than 5 times

Experimental data accuracy increased by more than 3 times

Work intensity reduced by more than 60%

Achieve precise automatic pipetting

Can completely replace and surpass manual pipettes

Influence of pipetting precision on real-time PCR results

图片

Product parameters

图片

2、high-precision pipetting

It can provide suitable and strong liquid category parameters, and make corresponding optimization according to user needs. Strict quality control and advanced inspection ensure the pass rate and accuracy of the pipettes.

图片

3、process automation

The seamless integration of robotics and cell biology equipment allows you to complete all experimental procedures in one device. From incubation to analysis and processing, all cell samples that need to be stored, transported, processed, and tested are gathered in a fully automated solution.

图片

4、More functions, less space

The industry-leading table capacity greatly simplifies the plate transfer process, reduces the time for cells to stay outside the incubator, and provides a wide range of functional expansion and equipment integration without requiring additional space.

图片

We are committed to providing an affordable, efficient, and accurate pipetting automation solution for the life science community, so as to free the hands of researchers and allow researchers to devote their time to more important work, thereby helping life science to better develop.